-Developed a platform based on QAOA and GBS for protein pruning and binding, and used this platform for binding work around SARS-CoV-2 research extensively, including for immune protein interactions such as the SARS-CoV-2 spike and SP-D -Deployed this platform on various cloud and quantum cloud systems, ranging from superconducting, ion trap, photonic, and annealing systems and utilizing not only AWS, but localized and HPC resources as well

-Continue to engage engagement team at Deloitte and potentially other large corporations on event planning and volunteer engagement-Develop strategies towards fundraising, especially towards innovative financial models, such as community land trusts

-Developed testing systems for quantum annealing on simulated and annealing hardware platforms -Conducted research support activities, including paper writing, plot building, and presentation/webinar development, for quantum use cases mostly focused in material science, life science, and finance -Engaged with industry and internal partners on new collaborative projects to realize quantum advantage -either today in the form of new algorithms or in the future with new/improved hardware systems-Developed use cases listing for quantum advantage candidates based on complexity class analysis and marketplace viability

-Created the first club dedicated to quantum computing for both undergrads and grad students at UC Davis-Ran workshops on skills ranging from quantum mechanics to using current quantum computers, such as Rigetti and IBM Q Composer, with attendees ranging from 2 to 40 students per session over an 8 week period -Engaging with top faculty in the field

-Created an incubator around sustainable hardware based on the whitepaper my team and I had authored about Hyperloop development in the Sacramento Valley-Worked with engineering firms, grant providing organizations, and other groups to gain the funds and equipment needed to run a 10 week program to turn sustainable hardware projects into companies during Summer 2019-Ran a team of 15 to take in new applicants, run workshops for each of our partner clubs, establish partnerships, improve brand visibility, schedule speakers during our program, and select final teams

Looking forward to pushing for greater transparency regarding what tuition actually pays for and for ensuring strong small business development programs for all students across the UC network

-Design and implement models that utilize quantum mechanics in the improvement of protein energetic profiling -Working to narrow down the ligand list within yeast

-Organization consists of a 500 member Facebook group and weekly meetings-Led workshops on Smart Contract creation, on project development, and on project management-Started initiative towards project work within the club that led to collaboration with other clubs and companies-Mentored at SacHacks -Personally advised 2 projects that went on to be research projects within Professor Sadoghi's lab and are now seeking funding after building their MVPs

Working as the business team lead for the Hyperloop team at UC Davis, my responsibilities are to develop the brand behind our team, which means coordinating the construction of a website, a social media arm, and a film team, and building the vision of the future of the club beyond the SpaceX competition, which could include the development of a Hyperloop station in Davis. Last year, I: -Ran a team of 15 to develop a whitepaper around Hyperloop track development in the Sacramento Valley (send me a message if you would like to take a look)-Developed a sponsorship packet and coordinated efforts to build a brand image-Created a social media presence, including an Instragram account with 200 actively engaging followers-Gained more than $50,000 in sponsorships through grants and corporate partnerships with top engineering firms, such as Ubiquiti Networks and Rockwell Automation

-Constructed the backend for a mobile app and web portal that was used to help pass FINRA regulations-Wrote smart contracts and backend controllers to improve and implement auction module -Led a team of interns to develop new blockchain architecture -Presented at Skydeck Demo Day 2018

-Design and implement the front end of a social investing platform-Construct and test smart contract technology

Working in the Office of Research, my job is to take inventions that are made at UC Davis, write good technical documentation about them, and help them get acquired or funded by companies or investors.

As a member of Stanford's Crowdresearch Team (http://crowdresearch.stanford.edu), I helped develop three ideas for our Stanford's crowdsourcing platform, Daemo. In particular, I designed some of the user interface for the platform, helped with data analysis in R, and wrote and edited parts of our paper that was presented in the User Interfaces and Software Technologies (UIST) Symposium 2016, which was about our task feed feedback system called Boomerang (http://hci.stanford.edu/publications/2016/boomerang/boomerang-uist.pdf).

Helped build the iOS app, working heavily with Swift and APIs